Salvia Echinacea Oil Pure and Natural Echinacea Oil Extract
Salvia Echinacea Oil Pure and Natural Echinacea Oil Extract
Product details
Salvia Echinacea Oil is a cold pressed carrier oil extracted from echinacea seeds, designed for experienced formulators creating targeted skin care products and balms. This specialist botanical ingredient contains naturally occurring alkylamides and a balanced fatty acid profile that distinguish it from standard carrier oils.
Key Features
- Cold pressed from echinacea seeds with naturally occurring alkylamides
- Specialist carrier ingredient for skin care formulations and balm preparations
- Blends with calendula, rosehip, and other botanical carrier oils
- Compatible with balm and salve formulation bases
- For external use only
How to Use
Incorporate into targeted skin care formulations as a specialist carrier ingredient. Blend with other carrier oils at your desired concentration.
Who Is It For
This product is suited to experienced formulators and DIY beauty makers who are creating custom skin care products, balms, or salves with specific formulation purposes.
Product Details
| Brand | Salvia |
|---|---|
| Form | Oil |
| Size | 1.01 Fl Oz |
Frequently asked questions
What makes echinacea seed oil different from other carrier oils?
Echinacea seed oil contains naturally occurring alkylamides and a balanced fatty acid profile that distinguish it from standard botanical carriers, making it a specialist ingredient for targeted formulations.
What other oils can I blend this with?
Echinacea seed oil is compatible with calendula, rosehip, and other botanical carrier oils for complex, multi-ingredient skin care and balm formulations.
Is this suitable for beginners?
This is a niche carrier oil best suited to experienced formulators with a specific formulation purpose, as it is less common than other botanical carriers.
Can this be used directly on skin?
This product is for external use only and is designed as a specialist carrier ingredient to incorporate into targeted skin care formulations rather than for direct application.